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M m <br /> X p <br /> > Table 2-2 <br /> �- Summary of Impacts and Mitigation Measures <br /> W Significance Significance <br /> Impacts Before Mitigation Measures After <br /> Mitigation Mitigation <br /> implementation of this plan would continue with proposed <br /> project implementation.Also,the proposed project would not <br /> interfere with implementation of an adopted emergency response <br /> plan or emergency evacuation plan,and project contractors <br /> would be required to prepare a Construction Traffic <br /> Management Plan.Therefore,emergency response plan or <br /> emergency evacuation plan impacts would be less than <br /> significant. <br /> 4.6-4:Potential Wildfire Hazard.The project area is not LTS No mitigation is necessary. LTS <br /> located in a designated wildland fire area or a High Fire Hazard <br /> Severity Zone.Therefore,the project would not expose people <br /> or structures to significant risk of loss or injury involving <br /> wildland fires.This impact would be less than significant. <br /> 4.7 Geology, Soils, and Seismicity <br /> N <br /> 0 4.7-1: Risks to People and Structures Caused by Strong LTS No mitigation is necessary. LTS <br /> Seismic Ground Shaking.The project area is approximately 23 <br /> miles from the nearest potentially active fault and is located in <br /> CBC Seismic Zone 3.The proposed facilities would be designed <br /> to meet or exceed current state engineering and design criteria. <br /> (D Further,although not required by the CBC,the City would <br /> v design its wastewater treatment facilities to protect against <br /> 0 <br /> severe seismic events and natural disasters.Therefore, <br /> T construction of the proposed project would not expose people <br /> M and structures to seismic-related structural and nonstructural <br /> 0- damage and associated hazards.This would be a less-than- <br /> 0 significant impact. <br /> CD <br /> 0 4.7-2:Risks to People and Structures Caused by Seismic- PS 4.7-2: Risks to People and Structures Caused by Strong Seismic- LTS <br /> C/) Related Ground Failure.Based on the underlying soil Related Ground Failure. <br /> conditions in the project area and the shallowness of the a. Before contract bidding for project construction,the approved <br /> D groundwater table,construction of the proposed project has the project design plans and specifications,including grading and <br /> potential to expose people or structures to seismic-related foundation plans,shall be reviewed by a soils engineer approved <br /> cn <br /> ground failure,including liquefaction and differential settlement. by the City.This review shall be completed to assess whether the <br /> Therefore,this impact is considered potentially significant. recommendations in project geotechnical reports prepared by <br /> Kleinfelder are sufficient for construction of the buildings and <br /> Cn <br /> v Cn <br /> m m facilities described in the final project design plans.If these <br /> CO �u <br /> LTS=Less than Significant S=Significant PS=Potentially Significant SU=Significant and Unavoidable <br />